| 【Feature】 |
| ◇ Visualize the ultrasound propagation process |
| ◇ Used to study the ultrasound propagation in an arbitrary-shaped object |
| ◇ Used to the nondestructive inspection of materials and structures |
| ◇ found the defects in object easily in a short time |
| ◇ Used to evaluate the ultrasonic probe, the structure health and the material performance, etc. |
| |
| 【Standard Specification】 |
| ◇ Visualization range:Within ±20° |
| ◇ Channel number:2 |
| ◇ Distance to object:0.1m~2m(using focus lens: ~ 10m ) |
| ◇ Scanning speed:Max.2kHz( 200x200 scanning points in 20 seconds for CFRP) |
| ◇ Laser :Max.3 mJ@1kHz、1053nm pulse YLF laser |
| ◇ Pulse duration:20 or 30 ns |
| ◇ A/D sampling rate:Max.250MS/s |
| ◇ Display image:Ultrasonic propagation moving image, B-scope image (speed image ), A-scope waveform etc.. |
| ◇ Moving image speed:1~30 frame/s ( variable ). |
| ◇ Inspection object: metal, ceramics, resin, composite material, etc.. |
| ◇ Inspection thickness:about 0~100mm(metal) |
| ◇ Inspection precision: about 0.5mm |
| |
| 【Main Application】 |
| ◇ Flaw detection for pipelines of petroleum, gas, power plant etc.; |
| ◇ Inspection of fatigue damage, internal defect, weld defect, cracks in composite material, etc.; |
| ◇ Study of wave propagation mechanism, performance evaluation of ultrasonic probe, structure health evaluation, material evaluation, etc.. |
| |
| 【Application Field】 |
| Automobile, aircraft, power plant, shipbuilding, petroleum, gas, iron manufacture, electronic component, semiconductor, etc.. |